• Architect geospatial tools and routing algorithms that map optimal, effective locations for hardware, drones, and safety devices. • Build automated permitting integrations that streamline submissions, tracking, and approvals across municipalities and utility providers. • Design unified customer and deployment dashboards that deliver real-time visibility into device installation progress and fleet health. • Develop robust backend web services using TypeScript, Node.js, and SQL databases to power real-time planning data interactions. • Deploy and manage containerized microservices across cloud environments using Docker, Helm, and Kubernetes.

• Architect, scale, and maintain high-throughput backend data pipelines handling real-time asset ingestion across microservices. • Optimize PostgreSQL database performance, pub/sub architectures, and distributed storage systems under heavy traffic loads. • Lead service migrations toward Go-heavy patterns while maintaining performant TypeScript backend services. • Collaborate cross-functionally with Hardware, Machine Learning, Web, Mobile, and Data Science teams to design and deploy new pipeline features. • Act as a technical domain expert by conducting code reviews, mentoring peer engineers, and driving engineering best practices across the pipeline ecosystem.

• Lead the architectural evolution and backend execution for Flock's investigative workflows. • Design and deploy high-performance orchestration backends that manage complex LLM tool-calling, function execution, and multi-step reasoning workflows. • Engineer high-throughput integration pipelines and secure connectors linking conversational interfaces directly to core data platform microservices. • Partner with Machine Learning and Data Engineering teams to bridge unstructured LLM outputs with structured internal APIs, maintaining strict schema validation and error handling.

• Lead low-level Qualcomm Android BSP bring-up, devicetree modifications, and pSIM framework integrations across next-generation camera platforms. • Architect and customize low-level bootloaders, including XBL and ABL implementations, to optimize device boot security and efficiency. • Develop and debug firmware for Application Digital Signal Processors, aligning ADSP architecture with system processing requirements. • Partner with electrical engineering and validation teams to define low-level hardware integration, build custom debug hooks, and expand automated testing. • Analyze system tombstones, kernel logs, and performance traces to eliminate hardware-software latency and memory bottlenecks.